See the process as it changes.
Unify live reactor signals into one clear process state, from R&D through production.
Cellcraft IQ
The physical AI layer between your bioprocess data and control system, predicting, adapting and optimising in real time.

Unify live reactor signals into one clear process state, from R&D through production.
Predictive soft sensors estimate critical quality attributes and flag deviations earlier.
Physics-informed AI recommends control changes while keeping your operators in the loop.
Start in advisory mode, validate performance, then move towards qualified autonomous control.
The operating principles
Works with the bioreactor infrastructure you already trust.
Machine learning and physics-constrained modelling, built together.
Begin with recommendations. Progress to qualified closed-loop control.
Responds continuously as biological conditions change.
Where Cellcraft IQ sits
An additional layer to control and optimise your processes from R&D through scale-up and production without replacing your existing infrastructure.
Cellcraft IQ
Data + AI models + process intelligence
Inside the product
A live console for what is happening now, where the batch is heading and what to do next. Click through it below.
Monitor every critical variable live and spot deviations early.
Active reactors
3/ 4
Running batches
3batches
Predicted failures avoided
4
Cost per gram
-40%
Bioreactor foundry · click a reactor
Temp
37.2 °C
pH
7.05
DO
44.2 %
The outcome
50–80%
40%
Learn faster
Transfer intelligence
Optimise every run
Physical AI, in the real world
Add intelligence without replacing your bioreactors. Start in advisory mode, validate the impact, then progress on your terms.

Risk free pilot
No cost to run it. No commitment afterwards.
From first data connection to measured results.
We connect over OPC UA, MQTT, REST, LIMS and MES.
Nothing to license while you evaluate.
Technology partnerships and pilots
We partner with biomanufacturers, equipment makers and technology providers, and we run risk free pilots on live bioreactors.
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